book

RF and Microwave Transmitter Design

by Andrei Grebennikov

July 2011

Intermediate to advanced

832 pages

29h 26m

English

Wiley

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ACKNOWLEDGMENTS
REFERENCES
1.1 IMMITTANCE TWO-PORT NETWORK PARAMETERS1.2 SCATTERING PARAMETERS1.3 INTERCONNECTIONS OF TWO-PORT NETWORKS1.4 PRACTICAL TWO-PORT NETWORKS1.5 THREE-PORT NETWORK WITH COMMON TERMINAL1.6 LUMPED ELEMENTS1.7 TRANSMISSION LINE1.8 TYPES OF TRANSMISSION LINES1.9 NOISEREFERENCES
2.1 DIODES2.2 VARACTORS2.3 MOSFETs2.4 MESFETs AND HEMTs2.5 BJTs AND HBTsREFERENCES
3.1 MAIN PRINCIPLES3.2 SMITH CHART3.3 MATCHING WITH LUMPED ELEMENTS3.4 MATCHING WITH TRANSMISSION LINES3.5 MATCHING NETWORKS WITH MIXED LUMPED AND DISTRIBUTED ELEMENTSREFERENCES
4.1 BASIC PROPERTIES4.2 TRANSMISSION-LINE TRANSFORMERS AND COMBINERS4.3 BALUNS4.4 WILKINSON POWER DIVIDERS/COMBINERS4.5 MICROWAVE HYBRIDS4.6 COUPLED-LINE DIRECTIONAL COUPLERSREFERENCES

5.1 TYPES OF FILTERS5.2 FILTER DESIGN USING IMAGE PARAMETER METHOD5.3 FILTER DESIGN USING INSERTION LOSS METHOD5.4 BANDPASS AND BANDSTOP TRANSFORMATION5.5 TRANSMISSION-LINE LOW-PASS FILTER IMPLEMENTATION5.6 COUPLED-LINE FILTERS5.7 SAW AND BAW FILTERSREFERENCES
6.1 AMPLITUDE MODULATION6.2 SINGLE-SIDEBAND MODULATION6.3 FREQUENCY MODULATION6.4 PHASE MODULATION6.5 DIGITAL MODULATION6.6 CLASS-S MODULATOR6.7 MULTIPLE ACCESS TECHNIQUESREFERENCES
7.1 BASIC THEORY7.2 SINGLE-DIODE MIXERS7.3 BALANCED DIODE MIXERS7.4 TRANSISTOR MIXERS7.5 DUAL-GATE FET MIXER7.6 BALANCED TRANSISTOR MIXERS7.7 FREQUENCY MULTIPLIERSREFERENCES
8.1 OSCILLATOR OPERATION PRINCIPLES8.2 OSCILLATOR CONFIGURATIONS AND HISTORICAL ASPECT8.3 SELF-BIAS CONDITION8.4 PARALLEL FEEDBACK OSCILLATOR8.5 SERIES FEEDBACK OSCILLATOR8.6 PUSH–PUSH OSCILLATORS8.7 STABILITY OF SELF-OSCILLATIONS
8.9 NOISE IN OSCILLATORS8.10 VOLTAGE-CONTROLLED OSCILLATORS8.11 CRYSTAL OSCILLATORS8.12 DIELECTRIC RESONATOR OSCILLATORSREFERENCES
9.1 BASIC LOOP STRUCTURE9.2 ANALOG PHASE-LOCKED LOOPS9.3 CHARGE-PUMP PHASE-LOCKED LOOPS9.4 DIGITAL PHASE-LOCKED LOOPS9.5 LOOP COMPONENTS9.6 LOOP PARAMETERS9.7 PHASE MODULATION USING PHASE-LOCKED LOOPS9.8 FREQUENCY SYNTHESIZERSREFERENCES
10.1 POWER GAIN AND STABILITY10.2 BASIC CLASSES OF OPERATION: A, AB, B, AND C10.3 LINEARITY10.4 NONLINEAR EFFECT OF COLLECTOR CAPACITANCE10.5 DC BIASING10.6 PUSH–PULL POWER AMPLIFIERS10.7 BROADBAND POWER AMPLIFIERS10.8 DISTRIBUTED POWER AMPLIFIERS10.9 HARMONIC TUNING USING LOAD–PULL TECHNIQUES10.10 THERMAL CHARACTERISTICSREFERENCES
11.1 CLASS D11.2 CLASS F11.3 INVERSE CLASS F11.4 CLASS E WITH SHUNT CAPACITANCE
11.6 CLASS E WITH QUARTERWAVE TRANSMISSION LINE11.7 CLASS FE11.8 CAD DESIGN EXAMPLE: 1.75 GHZ HBT CLASS E MMIC POWER AMPLIFIERREFERENCES
12.1 FEEDFORWARD AMPLIFIER ARCHITECTURE12.2 CROSS CANCELLATION TECHNIQUE12.3 REFLECT FORWARD LINEARIZATION AMPLIFIER12.4 PREDISTORTION LINEARIZATION12.5 FEEDBACK LINEARIZATION12.6 DOHERTY POWER AMPLIFIER ARCHITECTURES12.7 OUTPHASING POWER AMPLIFIERS12.8 ENVELOPE TRACKING12.9 SWITCHED MULTIPATH POWER AMPLIFIERS12.10 KAHN EER TECHNIQUE AND DIGITAL POWER AMPLIFICATIONREFERENCES
13.1 POWER DETECTOR AND VSWR PROTECTION13.2 SWITCHES13.3 PHASE SHIFTERS13.4 ATTENUATORS13.5 VARIABLE GAIN AMPLIFIERS13.6 LIMITERSREFERENCES
14.1 AMPLITUDE-MODULATED TRANSMITTERS14.2 SINGLE-SIDEBAND TRANSMITTERS14.3 FREQUENCY-MODULATED TRANSMITTERS14.4 TELEVISION TRANSMITTERS14.5 WIRELESS COMMUNICATION TRANSMITTERS14.6 RADAR TRANSMITTERS14.7 SATELLITE TRANSMITTERS14.8 ULTRA-WIDEBAND COMMUNICATION TRANSMITTERS

Overview

RF and Microwave Transmitter Design is unique in its coverage of both historical transmitter design and cutting edge technologies. This text explores the results of well-known and new theoretical analyses, while informing readers of modern radio transmitters' pracitcal designs and their components. Jam-packed with information, this book broadcasts and streamlines the author's considerable experience in RF and microwave design and development.

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Publisher Resources

ISBN: 9780470934654Purchase book